IIT Kanpur, India

Predicting London Household Energy Use with AI

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Jul–Dec 2019

5 min read

A time-series forecasting project using real smart meter data from Greater London households to predict energy demand more accurately by accounting for customer behaviour patterns.

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Working under Prof. Sandeep Shukla, I analysed a dataset of half-hourly energy readings across a representative sample of the Greater London population — 167 million rows of consumption data, household identifiers, and timestamps. The first phase was understanding the data itself: identifying patterns in the time series and handling missing values before any forecasting could begin. From there, I built long-term forecasts by isolating seasonal behaviour in the consumption patterns, then validated model accuracy by interpreting the residual plots — checking that what the model failed to explain was genuinely random noise, not a signal the model had missed.

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Hiring, or have a project? Either way, let's talk.

Whether it's a full-time role, a strategy engagement, or an AI project — I'd love to hear about it.

BASED IN

© 2026 Debashis Nag. All rights reserved.

LET'S CONNECT

{ 08 }

Hiring, or have a project? Either way, let's talk.

Whether it's a full-time role, a strategy engagement, or an AI project — I'd love to hear about it.

BASED IN

© 2026 Debashis Nag. All rights reserved.

LET'S CONNECT

{ 08 }

Hiring, or have a project? Either way, let's talk.

Whether it's a full-time role, a strategy engagement, or an AI project — I'd love to hear about it.

BASED IN

© 2026 Debashis Nag. All rights reserved.